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Transport hand Product List

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CFRP Liquid Crystal Panel Transport Hand

Lightweight and high rigidity! CFRP LCD panel transport hand.

Lightweight and High Rigidity! CFRP Liquid Crystal Panel Transport Hand ===== Features ===== ◆ Lightweight and high rigidity (Proven: 330 Gpa product) ◆ Vibration damping properties ◆ The photo shows a double arm for the 6th generation ◆ Assembly and adjustment achieve a flatness of the pad surface within 0.5mm ◆ Integration of sensors and solenoid valves is also implemented ===== Product Properties ===== Tensile Young's Modulus (Arm Section) 26,000 kgf/mm² Coefficient of Linear Expansion 0.1×10⁻⁶ /℃ or less Density (Arm Section) 1.65 g/cm³ Weight of Upper Hand 54 kg Weight of Lower Hand 32 kg Flatness (Pad Surface) Within 0.5 mm ========================= ▼ For more details, please request the materials and take a look.

  • Other conveying machines
  • Transport hand

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Ceramic Wafer Transport Hand PeriZac

The introduction of a ceramic transport hand for the atmosphere that minimizes particle generation risk to the extreme!

In semiconductor manufacturing equipment, there is often a demand for end effectors (the hand part of a transport robot) to be made from lighter, stronger, and less deflective materials. Processes that want to handle many wafers at once require wafers to be loaded into small clearance slits, leading to the use of thinner ceramic end effectors. Transport hands (end effectors) equipped with suction mechanisms need to have internal flow paths, but using adhesive for SUS bonding increases the risk of foreign material contamination. Our ceramic suction transport hands, made with our hollow integrated technology that eliminates the risk of metal contamination and particle ingress, have become the industry standard. PeriZac has further reduced particles by innovating the contact area and position of the wafer, gently holding the non-circuit outer peripheral part. They have received positive feedback from semiconductor device manufacturers aiming to improve yield.

  • Other semiconductor manufacturing equipment
  • Transport hand

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Reduce equipment downtime! Metal + PEEK coated transport handle.

【Extending the exchange cycle】 From resin molded products to "metal + antistatic PEEK coating." Increased rigidity and wear resistance of the handle, reducing maintenance labor by half.

In semiconductor and electronic component mass production lines that operate continuously for 24 hours, frequent replacement and maintenance of transport hands are a significant bottleneck that causes the entire production line to stagnate. ■Challenges of Resin Hands - Conventional resin hands wear out quickly, requiring complete shutdown of manufacturing equipment with each replacement (resulting in downtime). - Since the working environment is a "clean room," strict entry procedures for workers and pre-cleaning (cleaning and degassing) of replacement parts are essential, leading to significant waste of labor time and costs. ■Switching from Resin to "Metal + PEEK Coating" In response, we proposed "high-rigidity metal (such as SUS) hands + antistatic PEEK coating (PEEKCOAT N04blk)." As a result: - By using metal for the core material, the mechanical strength of the parts themselves is dramatically improved, preventing deformation and cracking due to repeated transport loads. - The PEEK surface layer exhibits excellent wear resistance, significantly extending the lifespan compared to resin hands. - Maintenance labor and equipment downtime in the clean room are dramatically reduced, contributing to improved overall equipment efficiency in the factory.

  • DSC_5746.jpg
  • Surface treatment contract service
  • Transport hand

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